def schedule_next_adventure(self):
minimum = config.delay_min
maximum = config.delay_max
minutes = utils.randfloat(minimum, maximum)
self.last_adventure = utils.now()
self.scheduled_adventure = utils.get_future_timestamp(minutes=minutes)
def __init__(self, seconds):
self.timeString = string.strip(str(seconds))
self.seconds = 0.0
try:
self.seconds = float(self.timeString)
except:
if self.timeString[0] == "{" and self.timeString[len(self.timeString) - 1] == "}":
timeString = self.timeString[1 : len(self.timeString) - 1]
timeParts = string.split(timeString, ":")
if len(timeParts) != 2:
raise ValueError(
'Time must be in following format "{c|r:string} | float". '
+ self.timeString
+ " has an incorrect format"
)
if not (timeParts[0] in ["c", "r"]):
raise ValueError("unknown time type: " + timeParts[0])
# extracting time
if timeParts[0] == "c":
self.seconds = float(timeParts[1])
if timeParts[0] == "r":
timecomps = string.split(timeParts[1], ",")
self.seconds = utils.randfloat(float(timecomps[0]), float(timecomps[1]))
else:
raise ValueError("time must defined within {} brackets or be a float value: " + self.timeString)
def reschedule_next_adventure(self):
# This method reschedules the next adventure if config time changes.
# You are expected to call this on all players if you want to update them.
minimum = config.delay_min
maximum = config.delay_max
minutes = utils.randfloat(minimum, maximum)
self.scheduled_adventure = self.last_adventure + utils.timedelta(
minutes=minutes)
def __init__(self, redFloat_Or_colorString, greenFloat=None, blueFloat=None, address=None):
if greenFloat is None or blueFloat is None:
self.colorString = string.strip(redFloat_Or_colorString)
self.R = 0.0
self.G = 0.0
self.B = 0.0
self.Address = 0
if self.colorString[0] != "{" or self.colorString[len(self.colorString) - 1] != "}":
raise ValueError("color must defined within {} brackets" + self.colorString)
colorString = self.colorString[1 : len(self.colorString) - 1]
colorParts = string.split(colorString, ":")
if not (colorParts[0] in ["x", "b", "f", "r", "hsv", "hsl"]):
raise ValueError("unknown color type: " + colorParts[0])
# extracting Address
if len(colorParts) > 2:
self.Address = int(colorParts[2], 16)
elif len(colorParts) <= 2:
self.Address = 0xF
# extracting RGB
if colorParts[0] == "x":
rgbcomps = utils.getIntComponents(colorParts[1])
self.R = rgbcomps[0] / 255.0
self.G = rgbcomps[1] / 255.0
self.B = rgbcomps[2] / 255.0
if colorParts[0] == "b":
rgbcomps = string.split(colorParts[1], ",")
self.R = int(rgbcomps[0]) / 255.0
self.G = int(rgbcomps[1]) / 255.0
self.B = int(rgbcomps[2]) / 255.0
if colorParts[0] == "f":
rgbcomps = string.split(colorParts[1], ",")
self.R = float(rgbcomps[0])
self.G = float(rgbcomps[1])
self.B = float(rgbcomps[2])
if colorParts[0] == "r":
rndValues = string.split(colorParts[1], ",")
fromRed = float(string.split(rndValues[0], "-")[0])
toRed = float(string.split(rndValues[0], "-")[1])
fromGreen = float(string.split(rndValues[1], "-")[0])
toGreen = float(string.split(rndValues[1], "-")[1])
fromBlue = float(string.split(rndValues[2], "-")[0])
toBlue = float(string.split(rndValues[2], "-")[1])
self.R = utils.randfloat(fromRed, toRed)
self.G = utils.randfloat(fromGreen, toGreen)
self.B = utils.randfloat(fromBlue, toBlue)
if colorParts[0] == "hsv":
hsvcomps = string.split(colorParts[1], ",")
h = float(hsvcomps[0])
s = float(hsvcomps[1])
v = float(hsvcomps[2])
self.R, self.G, self.B = colorsys.hsv_to_rgb(h / 360.0, s / 100.0, v / 100.0)
if colorParts[0] == "hsl":
hslcomps = string.split(colorParts[1], ",")
h = float(hslcomps[0])
s = float(hslcomps[1])
l = float(hslcomps[2])
self.R, self.G, self.B = colorsys.hls_to_rgb(h / 360.0, l / 100.0, s / 100.0)
self.R = utils.clip(self.R)
self.G = utils.clip(self.G)
self.B = utils.clip(self.B)
else:
self.R = float(redFloat_Or_colorString)
self.G = float(greenFloat)
self.B = float(blueFloat)
if address is None:
self.Address = 0xF
else:
self.Address = address
